透過您的圖書館登入
IP:3.135.183.1
  • 學位論文

考慮零組件拆解下建構產品回收利潤模式 -以筆記型電腦為例

Development of Product Recovery Profit Model with Consideration of Component Disassembly -A Case Study in Notebook Computer

指導教授 : 饒忻

摘要


隨著環保意識的抬頭及歐盟法令之規範,廢棄產品之回收與再生已成為相當重要之工作,期望能達到減少資源耗用、減輕環境衝擊。目前逆物流回收研究中,較無針對產品組成結構來探討廢產品回收之利潤;因此,本研究以筆記型電腦為例建構一回收利潤模式,其中考慮產品組成結構及零組件回收收益,產品從消費者廢棄經過回收後,有拆解、再製造、原料回收再利用、零組件庫存及廢棄處理等可能流程,藉此可求出回收利潤最大化。另外,本研究以產品的零組件屬性及作業屬性,計算出產品拆解能力值,以此評估產品拆解能力。同時本研究分別對於回收利潤、零組件拆解能力及回收環境之影響進行探討關鍵零組件之回收效益,以達到提昇回收利潤與效率之目標。

並列摘要


Due to rising awareness of environmental protection and regulation of European directives, product recycle and reuse have become important tasks in order to reduce resource consumption and environmental impact. After reviewing researches of reverse logistics recovery, there is no study to explore the recovery of waste products from product structure. Therefore, this study would like to develop a product recovery profit model for notebook computer, in which the recovery of waste products from product structure is considered. There are five possible flows after the recovery of waste products, namely, disassembly, re-manufacturing, recycling of raw materials, part inventory and disposal of wastes. From these, we can find the maximal profit. In addition, this study calculates disassembly-ability value based on component attribute and operation attribute in order to assess the disassembly-ability of products. Moreover, this study explores recovery profit, component disassembly-ability, and environmental impact for each key component in order to increase profit and efficiency of product recovery.

參考文獻


21. 林志文,「台灣廢家電及電腦產品資源回收補貼政策之探討」, 碩士論文,私立中原大學工業工程學系,2008。
22. 林煒哲,「考慮產品回收與元件再製造下建構銷售利潤模式—以筆記型電腦為例」, 碩士論文,私立中原大學工業工程學系,2008。
1. Canan, S. R., “Closed-loop supply chain models with Product,” Management Science, Vol.50, pp. 239-252, 2004.
2. De FazioT, L., and Whitney, D. E., “Simplified Generation of All Mechanical Assembly Sequences,” IEEE Journal of Robotics and Automation, Vol.6, pp. 640-658, 1987.
3. Desai, A., and Mital, A., “Evaluation of disassemblability to enable design for disassembly in mass production,” International Journal of Industrial Ergonomics 32 pp.265-281, 2003.

延伸閱讀